Design and implement a class named CanadianAddress. The class contains: • The four private String type data fields named streetAddress, city, province, and postalCode that represent a Canadian address. (Note: You must use the given data field names.) • A no-arg constructor that creates a CanadianAddress object with null values for all the data fields. (Hint: Data fields have default values, null for String type.) • A constructor that constructs a CanadianAddress object with specified streetAddress, city, province, and postalCode. You must use the following header for this constructor with the exact parameter names: CanadianAddress (String street Address, String city, String province, String postalCode) • The getter and setter methods for all the four data fields. • A method named printAddress() that prints out the address. Check the sample run for expected format. Note that this method should print out the address content only (two nes). • A method named equalAddresses(CanadianAddress address) that returns true if address has the same content with this object and returns false otherwise. Write a test class named TestCanadianAddress that performs the followings in the given order: • Creates two CanadianAddress objects, using new CanadianAddress() and new CanadianAddress("923 Robie St.", "Halifax", "Nova Scotia", "B3H 3C3"). Name the reference variable to the first address as testAddress and the second as SMUAddress. • Print out the two addresses. Check the sample run for expected format. • Check if testAddress has the same content with SMUAddress and print out the result. Check the sample run for expected format. • Invoke the setter methods to update the testAddress to "923 Robie St.", "Halifax", "Nova Scotia", "B3H 3C3" for the four data fields respectively. • Print out the testAddress. Check the sample run for expected format. • Check if testAddress has the same content with SMUAddress and print out the result. Check the sample run for expected format.

Design and implement a class named CanadianAddress. The class contains: • The four private String type data fields named streetAddress, city, province, and postalCode that represent a Canadian address. (Note: You must use the given data field names.) • A no-arg constructor that creates a CanadianAddress object with null values for all the data fields. (Hint: Data fields have default values, null for String type.) • A constructor that constructs a CanadianAddress object with specified streetAddress, city, province, and postalCode. You must use the following header for this constructor with the exact parameter names: CanadianAddress (String street Address, String city, String province, String postalCode) • The getter and setter methods for all the four data fields. • A method named printAddress() that prints out the address. Check the sample run for expected format. Note that this method should print out the address content only (two nes). • A method named equalAddresses(CanadianAddress address) that returns true if address has the same content with this object and returns false otherwise. Write a test class named TestCanadianAddress that performs the followings in the given order: • Creates two CanadianAddress objects, using new CanadianAddress() and new CanadianAddress("923 Robie St.", "Halifax", "Nova Scotia", "B3H 3C3"). Name the reference variable to the first address as testAddress and the second as SMUAddress. • Print out the two addresses. Check the sample run for expected format. • Check if testAddress has the same content with SMUAddress and print out the result. Check the sample run for expected format. • Invoke the setter methods to update the testAddress to "923 Robie St.", "Halifax", "Nova Scotia", "B3H 3C3" for the four data fields respectively. • Print out the testAddress. Check the sample run for expected format. • Check if testAddress has the same content with SMUAddress and print out the result. Check the sample run for expected format.

Programming Logic & Design Comprehensive

9th Edition

ISBN:9781337669405

Author:FARRELL

Publisher:FARRELL

Chapter11: More Object-oriented Programming Concepts

Section: Chapter Questions

Problem 3GZ

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